岩石裂缝之家 | 与环境共生的希腊住宅设计_家装空间_设计案例作品

发布时间：2017-07-27 10:12:00 {{ caseViews }} {{ caseCollects }}

设计亮点

巧妙利用传统建筑技术与现代环保理念，打造和谐融入地形的住宅空间。

C.Dimitris Kleanthis

架构师提供的文本描述。陡峭的地面和地势狭小的尺度决定了从山上和波塞斯山谷升起的建筑物的显着性和梯度形式，最终与周围的传统民居和自然环境保持平衡。

Text description provided by the architects. The steep ground and the plot’s narrow dimensions determine the pronounced and gradient form of the building which rises from the mountain and over the valley of Poisses, to finally balance itself with the surrounding traditional dwellings and the natural context.

四口之家，分三卷，可明确界定为座位。

The secondary home of a family of four, spreads through 3 volumes which clearly can defined as the seating & kitchen volume, the circulation tower and the sleeping & storaging volume. The principal material chosen is the locally quarried stone, carefully crafted against the horizontal micro-cement surfaces.

C.Dimitris Kleanthis

Floor Plan

C.Dimitris Kleanthis

循环景观的体验是设计的主要关注点，体现在建筑与戏剧性土地的空间演变和关系上。这是通过传统的建筑方法“kotounto”实现的，这是岩石和建筑之间的一种干燥、无湿气的空间。在这种情况下，外部空间，一个连续的周长‘科通多’使建筑物有时试图脱离岩石，有时与它和解。

The experience of the Cycladic landscape is the design’s main concern expressed through the spatial evolution and relationship of the building with the dramatic land. This is achieved through the traditional method of construction called “kotounto”, a dry, humid-free space between the rock and the building. In such a way, the external spaces, a continuous perimetrical ‘kotoundo’ makes the building sometimes trying to break away from the rock and sometimes to reconcile with it.

C.Dimitris Kleanthis

除了这一传统技术主要用于排水山区的水，使墙壁和地基干燥外，房屋在设计中还包括由安装在屋顶上的太阳能加热器产生的地下供暖装置。冷却是通过交叉通风实现的，同时还提供了地面下的额外冷却。雨水被收集在三个屋顶，并储存在一个地下水库。

Apart from this traditional tecnique of which is principlally used to drain the waters coming from the mountains, leaving walls and foundations dry, the house includes in its design an under-floor heating installation which is generated by the solar heaters installed in the roof. The cooling is achieved from cross ventilation and also an additional under-floor cooling is provided. Finally, the rainwater is collected in the 3 rooftops and stored in an underground reservoir.

C.Dimitris Kleanthis